Brake Technology
Engineering deep-dives on the metallurgy, coatings, and friction science behind Ghost Brakes products.
2-Piece Rotor Technology
Floating rotor architecture with G3500 metallurgy and aluminum hats for maximum heat dissipation.
Diamond Slotted Rotors
Precision slot pattern for pad degassing and consistent bite.
Double Drilled Rotors
Cross-drilled holes for additional cooling on performance applications.
Drilled and Slotted Rotors
Combined pattern for street performance and spirited driving.
GEOMET Coating
German-engineered zinc-aluminum flake coating for full-rotor rust protection.
Carbon Ceramic Brake Pads
Low-dust ceramic formulation paired with Ghost Brakes rotors.
GEOMET Coating Explained: Full Corrosion-Engineering Deep Dive
How zinc-aluminum flake GEOMET protects entire rotors through heat cycles — and why paint and plain zinc fail on performance and truck kits.
Rotor Metallurgy 101: G3500 vs G3000 vs Carbon-Ceramic
Gray iron grades, carbon-ceramic discs, and how Ghost Brakes matches alloy choice to trucks, muscle, and track duty.
EV Braking Systems: Regenerative Blending and Heavy-Platform Rotors
How regen changes pad and rotor duty cycles — and why electric trucks still need friction brakes built for mass.
How Brake Fade Really Happens: Full Thermal Breakdown
Pad outgassing, fluid boil, rotor hot spots, and how engineered rotors extend consistent pedal feel.
Ghost Brakes vs OEM: Full Engineering Comparison
Where OEM friction parts meet compliance minimums — and where Ghost Brakes adds metallurgy, coating, and matched pad systems.
See the technology in a real kit
Find your vehicle and shop the matching rotor and pad tier.
Where to Buy